On a singularly perturbed initial value problem in the case of a double root of the degenerate equation

We study the initial value problem of a singularly perturbed first order ordinary differential equation in case that the degenerate equation has a double root. We construct the formal asymptotic expansion of the solution such that the boundary layer functions decay exponentially. This requires a mod...

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Veröffentlicht in:Nonlinear analysis 2013-05, Vol.83, p.1-11
Hauptverfasser: Butuzov, V.F., Nefedov, N.N., Recke, L., Schneider, K.R.
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container_title Nonlinear analysis
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creator Butuzov, V.F.
Nefedov, N.N.
Recke, L.
Schneider, K.R.
description We study the initial value problem of a singularly perturbed first order ordinary differential equation in case that the degenerate equation has a double root. We construct the formal asymptotic expansion of the solution such that the boundary layer functions decay exponentially. This requires a modification of the standard procedure. The asymptotic solution will be used to construct lower and upper solutions guaranteeing the existence of a unique solution and justifying its asymptotic expansion.
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subjects Asymptotic expansion
Asymptotic expansions
Asymptotic properties
Boundary layer
Construction
Decay
Differential equations
Double root of degenerate equation
Initial value problem
Initial value problems
Mathematical analysis
Roots
Singularly perturbed first order ordinary differential equation
title On a singularly perturbed initial value problem in the case of a double root of the degenerate equation
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